Products

Visible/Thermal Imaging Vehicle System

Because everything generates heat, thermal security cameras can
see as well at night as they can during the day. Cameras dependant
on visible light aren't as effective at night or in low light without supplementary illumination from lights or lasers. Thermal security cameras overcome this problem by detecting a 0.1 degree difference
in temperature, not light, so you're never in the dark.

The RHP-TVK Series is integrated with pan/tilt multi-sensor thermal and visible-light imaging cameras and offers a variety of laser pointers/designators. This system is completely customizable and can be deployed as an integrated in vehicle monitoring system for comprehensive 24/7 threat detection while on the move.

RHP-TVK options include: system color, dual camera selection, monitor, and controller.

• 3G/HD/SD-SDI to HDMI Video Converter with Scaling
• Simultaneous 1 x HDMI and 2 x SDI output

RHP-BOS-DS-IF

Boson Dual Sensor Interface

The RHP-BOS-DS-IF Dual Thermal Sensor Interface is an innovative solution that combines a Thermal and Visible Camera on one board. With Dual Camera Control via Serial Connection, it allows users to easily switch between thermal and visible imaging modes. The interface provides Push Button, SBUS, PWM or Wireless Joystick control, and works with 6 to 26 Volt DC power sources. The Multi Window Mode, PiP, Split View, Single and Quad view options make it easy to view video in various formats. The 1920 x 1080 HD Visible camera is included on board, along with an IMU for easy integration and gimbal compatibility.

Options for connecting the BOS-DS-IF are:

• USB
• S-Bus (16 Channels)
• PWM (5 channels)

Multiple window modes:

RHP-BOS-DS-IF Dimensions

RHP-BOS-DSU2-IF

Dual Sensor Board for Boson and E/O

Enter a new realm of technological efficiency with the RHP-BOS-DSU2-IF Dual Sensor Board for Boson/Boson+ by RHP International.

This board offers Dual USB Video over a single interface for a seamless, high-quality display experience. Designed to be used with any combination of Boson/Boson+ using a custom bracket allows you to optically center the cameras ensuring unmatched precision imaging and reduced visual distortion.

This dual sensor Board features two additional USB ports to connect other sensors or cameras making it a versatile choice for multiple applications. Despite its capabilities, the device features a small form factor ensuring it adapts perfectly to any setup without occupying space. With a wide input range of 5-17 Volts DC, it becomes an ideal choice for Drone, UAV, and UGV Implementation.

The device requires no drivers for operation, offering a simplified plug-and-play experience. It is compatible with varied operating systems like Windows, Mac, and Linux adding to its versatility.

RHP-BOS-USBC-IF

Video Power Communication Interface

200mm SWIR

Unlimited Applications can benefit from SWIR Technology.

StingRay specializes in bringing the best possible optics to market. The rest is up to you. New SWIR Applications are discovered every day and StingRay looks forward to service these future markets. StingRay's Goal is to stay one step ahead of detector technology.

Applications for SWIR:

• Plastic Sorting
• Agriculture Sorting
• Solar Cell Inspection
• Glass Inspection

StingRay SWIR Lenses are crafted using SWIR specific materials and coatings. Lower cost alternatives are generally inexpensive visible lenses that are coated with a 'SWIR-specific' coating. While this might work for some applications, the system will suffer from low overall transmission of SWIR light as well as focus shift across the SWIR band. This will produce a dark, fuzzy image.

StingRay lenses provide a boosted transmission which provides for a bright image and also gives a crisp focus due to it's achromatic correction.

What is SWIR?

Shortwave Infrared (SWIR) is identified as 900-1700nm.

Essentially, think of SWIR as 'light' that the human eye can't see. Unlike thermal infrared, SWIR behaves much like visible light as it is reflected as opposed to emitted.

How can we see it?

Humans can't see SWIR energy. By pairing an InGaAs detector with a SWIR-optimized lens, SWIR is converted to a visible image that can be utilized by humans and machines.

25-250mm SWIR

Unlimited Applications can benefit from SWIR Technology.

StingRay specializes in bringing the best possible optics to market. The rest is up to you. New SWIR Applications are discovered every day and StingRay looks forward to service these future markets. StingRay's Goal is to stay one step ahead of detector technology.

Applications for SWIR:

• Plastic Sorting
• Agriculture Sorting
• Solar Cell Inspection
• Glass Inspection

StingRay SWIR Lenses are crafted using SWIR specific materials and coatings. Lower cost alternatives are generally inexpensive visible lenses that are coated with a 'SWIR-specific' coating. While this might work for some applications, the system will suffer from low overall transmission of SWIR light as well as focus shift across the SWIR band. This will produce a dark, fuzzy image.

StingRay lenses provide a boosted transmission which provides for a bright image and also gives a crisp focus due to it's achromatic correction.

What is SWIR?

Shortwave Infrared (SWIR) is identified as 900-1700nm.

Essentially, think of SWIR as 'light' that the human eye can't see. Unlike thermal infrared, SWIR behaves much like visible light as it is reflected as opposed to emitted.

How can we see it?

Humans can't see SWIR energy. By pairing an InGaAs detector with a SWIR-optimized lens, SWIR is converted to a visible image that can be utilized by humans and machines.

25-250mm SWIR

Unlimited Applications can benefit from SWIR Technology.

StingRay specializes in bringing the best possible optics to market. The rest is up to you. New SWIR Applications are discovered every day and StingRay looks forward to service these future markets. StingRay's Goal is to stay one step ahead of detector technology.

Applications for SWIR:

• Plastic Sorting
• Agriculture Sorting
• Solar Cell Inspection
• Glass Inspection

StingRay SWIR Lenses are crafted using SWIR specific materials and coatings. Lower cost alternatives are generally inexpensive visible lenses that are coated with a 'SWIR-specific' coating. While this might work for some applications, the system will suffer from low overall transmission of SWIR light as well as focus shift across the SWIR band. This will produce a dark, fuzzy image.

StingRay lenses provide a boosted transmission which provides for a bright image and also gives a crisp focus due to it's achromatic correction.

What is SWIR?

Shortwave Infrared (SWIR) is identified as 900-1700nm.

Essentially, think of SWIR as 'light' that the human eye can't see. Unlike thermal infrared, SWIR behaves much like visible light as it is reflected as opposed to emitted.

How can we see it?

Humans can't see SWIR energy. By pairing an InGaAs detector with a SWIR-optimized lens, SWIR is converted to a visible image that can be utilized by humans and machines.

30-300mm SWIR

Unlimited Applications can benefit from SWIR Technology.

StingRay specializes in bringing the best possible optics to market. The rest is up to you. New SWIR Applications are discovered every day and StingRay looks forward to service these future markets. StingRay's Goal is to stay one step ahead of detector technology.

Applications for SWIR:

• Plastic Sorting
• Agriculture Sorting
• Solar Cell Inspection
• Glass Inspection

StingRay SWIR Lenses are crafted using SWIR specific materials and coatings. Lower cost alternatives are generally inexpensive visible lenses that are coated with a 'SWIR-specific' coating. While this might work for some applications, the system will suffer from low overall transmission of SWIR light as well as focus shift across the SWIR band. This will produce a dark, fuzzy image.

StingRay lenses provide a boosted transmission which provides for a bright image and also gives a crisp focus due to it's achromatic correction.

What is SWIR?

Shortwave Infrared (SWIR) is identified as 900-1700nm.

Essentially, think of SWIR as 'light' that the human eye can't see. Unlike thermal infrared, SWIR behaves much like visible light as it is reflected as opposed to emitted.

How can we see it?

Humans can't see SWIR energy. By pairing an InGaAs detector with a SWIR-optimized lens, SWIR is converted to a visible image that can be utilized by humans and machines.

24VAC Outdoor Power Supply

The FLIR 24VAC Outdoor Power Supply provides power via two (2) fuse-protected outputs for FLIR thermal security cameras. The power supply offers a variety of configurations to power up to four outdoor units from a single source. With two 24 or 28 VAC outputs, the 24VAC Power Supply compensates for voltage losses over long wire runs and offers different input voltages. Capable of powering integrated systems, the power supply also allows for full use of cameras with pan/tilt, heating, and blowing functionalities.

FLIR 12V 4" Blackbody Source

for ALC & Supplemental FFC, offers a uniform temperature source for FLIR Tau 2 Thermal Cameras.

Low cost 4-inch blackbody which provides a uniform temperature source when using FLIR's Alt Lens Cal software to field-calibrate lens-less Photon or Tau cameras with third-party lenses, or to take advantage of the Supplemental Flat Field Correction (FFC) option available in the Tau 2, Vue Pro and many other radiometric camera models.

A blackbody is an important contributor to accurate thermography. In theory, a blackbody is an object with a known emissivity of 1, which means that it perfectly absorbs and radiates all thermal energy. In practice, blackbody simulators based on the theoretical model have an emissivity ranging from 0.9 to 0.99. This is good enough to provide the information needed to correctly calibrate a thermal camera.

• The FLIR Blackbody requires DC Voltage and has an input range of 0-24VDC.
• There are two power input plugs on the side of the blackbody, red is positive voltage, and black is ground.
• The kit includes one power supply that outputs 12VDC and gives an approximate blackbody temperature of 60° C / 140° F.

Temperature settings can be modified by the customer, depending on the power supply voltage. A voltage-to-approximate-temperature conversion table is provided.

Max Voltage 24VDC, Max Current 2.5 ADC

FLIR Boson - 13.8mm Lens

Compact LWIR Thermal Camera

The Boson longwave infrared (LWIR) thermal camera module sets a new standard for size, weight, power, and performance (SWaP). It utilizes FLIR infrared video processing architecture to enable advanced image processing and several industry-standard communication interfaces while keeping power consumption low. The 12 µm pitch Vanadium Oxide (VOx) uncooled detector comes in two resolutions – 640 x 512 or 320 x 256. It is available with multiple lens configurations, adding flexibility to integration programs.

With a weight as low as 7.5g and a camera body as small as 21 x 21 x 11 mm, the Boson represents an industry-leading reduction in SWaP with no reduction in performance. Advanced embedded processing and video analytics, as well as software-customizable functionality, give this small camera big capabilities, including integration with auxiliary sensors such as third-party cameras, GPS, and IMU.

FLIR Boson 18mm Lens

Compact LWIR Thermal Camera

The Boson® longwave infrared (LWIR) thermal camera module sets a new standard for size, weight, power, and performance (SWaP). It utilizes FLIR infrared video processing architecture to enable advanced image processing and several industry-standard communication interfaces while keeping power consumption low. The 12 µm pitch Vanadium Oxide (VOx) uncooled detector comes in two resolutions – 640 x 512 or 320 x 256. It is available with multiple lens configurations, adding flexibility to integration programs.

With a weight as low as 7.5g and a camera body as small as 21 x 21 x 11 mm, the Boson represents an industry-leading reduction in SWaP with no reduction in performance. Advanced embedded processing and video analytics, as well as software-customizable functionality, give this small camera big capabilities, including integration with auxiliary sensors such as third-party cameras, GPS, and IMU.

FLIR Boson - 2.3mm Lens

Compact LWIR Thermal Camera

The Boson longwave infrared (LWIR) thermal camera module sets a new standard for size, weight, power, and performance (SWaP). It utilizes FLIR infrared video processing architecture to enable advanced image processing and several industry-standard communication interfaces while keeping power consumption low. The 12 µm pitch Vanadium Oxide (VOx) uncooled detector comes in two resolutions – 640 x 512 or 320 x 256. It is available with multiple lens configurations, adding flexibility to integration programs.

With a weight as low as 7.5g and a camera body as small as 21 x 21 x 11 mm, the Boson represents an industry-leading reduction in SWaP with no reduction in performance. Advanced embedded processing and video analytics, as well as software-customizable functionality, give this small camera big capabilities, including integration with auxiliary sensors such as third-party cameras, GPS, and IMU.

FLIR Boson 36mm Lens

Compact LWIR Thermal Camera

The Boson longwave infrared (LWIR) thermal camera module sets a new standard for size, weight, power, and performance (SWaP). It utilizes FLIR infrared video processing architecture to enable advanced image processing and several industry-standard communication interfaces while keeping power consumption low. The 12 µm pitch Vanadium Oxide (VOx) uncooled detector comes in two resolutions – 640 x 512 or 320 x 256. It is available with multiple lens configurations, adding flexibility to integration programs.

With a weight as low as 7.5g and a camera body as small as 21 x 21 x 11 mm, the Boson represents an industry-leading reduction in SWaP with no reduction in performance. Advanced embedded processing and video analytics, as well as software-customizable functionality, give this small camera big capabilities, including integration with auxiliary sensors such as third-party cameras, GPS, and IMU.